How does it work?
Technology
This technology is based on an efficient DC condenser in combination with high frequency and high resonance technology in order to boost the extracted energy from the panel itself. In addition to this, the method also creates energy during the night. Tests indicate that up to 6-10 times more electricity is generated per day when compared to that of conventional solar generators. This type of technology has a very short ROI period, usually 3-4 years, and is very cost effective for the user of the technology. This method can be applied to all existing PV plants regardless of size and in this way increase production significantly.
First phase of the technology
This technology generates more electricity from PV modules. The efficiency of PV modules is about 20% worldwide but our generator will improve PV modules and enable electricity generation up to 80%. This is made possible through advanced electron absorbing technology. This technology generates vastly improved and accelerated electron flow in PV systems.
Second phase of the technology
Our generator then further amplifies the electric energy from the PV panels through high frequency resonance amplification and repeated battery to battery charging technology that operates 24 hours a day. This enables electricity to be generated even when the sun is not shining.
These two technologies allow our PV system to generate up to 10 times more electricity than that of conventional PV systems. This technology will allow our solar generator to generate electricity even when the sun is not shining, which conventional systems cannot.
Services We Provide
1kW solar generator (single phase only)
4kW × 8H (day time generation) = 32 kWh/day
Maximum generation
4kW x 12H (day time generation )= 48 kWh/day
LCOE: max generation for generator only $0.03/kWh, RoI 2 ½ years
LCOE: min generation for full set $0.04/kWh, RoI 4 years
01
1kW solar generator
4kW solar generator (single phase only)
4kW × 10.8H (day time generation + night time generation) = 43.2 kWh/day
Maximum generation
4kW x 21.6H (day time generation + night time generation hour)= 86.4 kWh/day
LCOE: max generation for generator only $0.06/kWh, RoI 3 ½ years
LCOE: min generation for full set $0.11/kWh, RoI 6 years
02
4kW solar generator
12 kW solar generator (3-phase)
12kW × 10.8H (day time generation + night time generation) = 129.6 kWh/day
Maximum generation
12kW x 21.6H (day time generation + night time generation hour)= 259.2 kWh/day
LCOE: max generation for generator only $0.04/kWh, RoI 3 ½ years
LCOE: min generation for full set $0.09/kWh, RoI 5 years
03
12 kW solar generator
48 kW solar generator (3-phase)
48kW × 10.8H (day time generation + night time generation) = 518.6 kWh/day
Maximum generation
48kW x 21.6H (day time generation + night time generation hour)= 1036.8kWh/day
LCOE: max generation for generator only $0.04/kWh, RoI 2 ½ years
LCOE: min generation for full set $0.08/kWh, RoI 5 years
04
48 kW solar generator
100 kW solar generator
100kW × 10.8H (day time generation + night time generation) = 1080 kWh/day
Maximum generation
100kW x 21.6H (day time generation + night time generation hour)= 2160 kWh/day
LCOE: max generation for generator only $0.04/kWh, RoI 2 ½ years
LCOE: min generation for full set $0.08/kWh, RoI 5 years
05
100 kW solar generator
1000 kW (1MW) solar generator
1000kW × 10.8H (day time generation + night time generation) = 10800 kWh/day
Maximum generation
100kW x 21.6H (daytime generation + night time generation hour)= 21600 kWh/day
LCOE: max generation for full set $0.04/kWh, RoI 2 ½ years
LCOE: min generation for full set $0.08/kWh, RoI 5 years
06
1000 kW (1MW) solar generator
Industrial Clients
Suitable for all sizes of industry from small to large, the savings are equally valuable
There are also many other benefits to using Green Infra Group’s expertise in the field. For sensitive industries that produce food, for example, it can be fatal to experience a power outage. Greenhouse growers who consume large volumes of energy 24/7, a power outage can cost them their entire harvest in just a few hours.
By producing your own energy, you can also make large savings on transfer taxes, etc., which is a large part of a company’s costs, especially if you run a business that is energy demanding.
ALL TIME CLIENTS
CLIENTS IN THIS YEAR
NEW PROJECTS
AVG PROFIT INCREASED
Let’s discuss about how we can help make your business better